生物神经AI讨论AI安全与沙盒环境
So many ways to do this safely. But cosplay is more fun!!
生物神经AI（bio-neural.ai）分享了一些关于AI安全测试和防御的实用方法，比如用Docker或虚拟机来隔离环境，这可能会对关注AI安全的开发者或研究者有用。
生物神经AI（bio-neural.ai）在推文中提到，AI集群攻击（Agentic AI Swarm-Hacks）可以在沙盒化（sandboxed）和隔离（air-gapped）的环境中安全测试和防御。他们列举了多种实现方式，如Docker、虚拟机（VM）等，并强调需要遵循IEEE、ISO等标准。作者认为AI研究者若能正确应用计算机科学知识，就能反驳波斯特罗姆的‘纸clip maximizer’论点，并指出该问题并非NP难题。
So many ways to do this safely. But cosplay is more fun!!
So many ways to do this safely. But cosplay is more fun!! bio-neural.ai @bio_neural_ai These kind of Agentic AI Swarm-Hacks are fully testable and defensible in a properly sandboxed and air-gapped environment docker, virtualenv, VMWare, VirtualBox, QEMU, Azure, Hyper-V, KVM, Citrix - so many ways to do this safely and so many standards - IEEE, ISO, IEC, SIL, SysML, UML, OOSEM - if 'AI Researchers' learn to do Computer Science correctly. You can even disprove Bostroms 'Paperclip Maximizer' nonsense. Its not NP-Hard. 🔗 View Quoted Tweet 💬 2 🔄 1 ❤️ 4 👀 1433 📊 2 ⚡
